New Mexico Administrative Code
Title 6 - PRIMARY AND SECONDARY EDUCATION
Chapter 64 - SCHOOL PERSONNEL - COMPETENCIES FOR LICENSURE
Part 19 - COMPETENCIES FOR ELEMENTARY MATHEMATICS SPECIALISTS
Section 6.64.19.10 - PEDAGOGICAL KNOWLEDGE FOR TEACHING MATHEMATICS
Universal Citation: 6 NM Admin Code 6.64.19.10
Current through Register Vol. 35, No. 18, September 24, 2024
A. To promote and advocate for equitable, high-quality mathematics instruction for all students, the elementary mathematics specialist shall collaborate with teachers and administrators in supporting the diversities of the classroom and school, including cultural, disability, linguistic, gender, socioeconomic, and developmental, to:
(1) address issues of access and advancement
at the individual student, classroom, school, school district, and charter
school levels;
(2) establish clear
goals within individual student learning progressions that utilize and build
upon learners existing knowledge, skills, understandings, conceptions, and
misconceptions to advance learning and use the goals to guide instructional
decisions;
(3) purposefully
construct guidelines and support for promoting a mathematics learning culture
within the classroom environment, including specific routines and instructional
strategies that help cultivate positive mathematics identities for all
students;
(4) design student
learning opportunities that:
(a) promote
engagement in productive struggle and collaborative problem solving and extend
the meaning and usefulness of mathematics in students daily lives;
(b) intentionally reward effort in
mathematical learning;
(c) allow
space for all students mathematical sense-making and include multiple entry
points into problem solving;
(d)
engage all students in making connection among mathematical representations to
deepen understanding of mathematical concepts and procedures as tools for
problem solving;
(e) provide ample
opportunity for all students to engage in academic discourse around
mathematical problem solving as well as for individual expression in problem
solving, such as through oral or written explanation or sharing of mathematical
thinking;
(f) utilize purposeful
questions to assess and advance all students reasoning and sense-making about
important mathematical ideas and relationships;
(g) diagnose and leverage mathematical
misconceptions and errors to design appropriate learning opportunities that
support all students mathematical conceptual development, understandings, and
identities;
(h) integrate the use
of appropriate mathematical tools and technology as essential resources to
support students in making sense of mathematical ideas and communicating their
mathematical thinking;
(i)
encourage mathematical explorations among peers to extend learning
opportunities; and
(j) assess all
student abilities, through formative and summative assessments, and develop
actionable strategies to help all students fill in learning gaps; and
(5) Reflect and take action to
adjust instructional approaches characterized by:
(a) the use of evidence to adjust instruction
continually in ways that support and extend learning for all students,
including differentiation and enrichment;
(b) the use of strategies deliberately
designed to support specific groups of student learners; and
(c) organized support of delivery of
developmentally appropriate instruction that is responsive to individual
learners.
B. To promote pedagogical shifts and professional growth for self and teachers, the elementary mathematics specialist shall:
(1) model effective problem solving and the
mathematical practices, including questioning, representing, communicating,
conjecturing, making connections, reasoning and providing, and self-monitoring,
and cultivate the development of such practices in all learners;
(2) model and support teachers and students
in the use of technical language associated with mathematics, attending to both
mathematical integrity and usability by learners;
(3) support the use of various instructional
applications of technology that are evidence-based and are developmentally-,
mathematically-, and pedagogically-grounded;
(4) research and share evidence-based
instructional formats that support all students in accessing mathematical
problems, including whole group, small group, partner, and individual, and that
support success in achieving specific student learning goals;
(5) support teachers in their analysis and
evaluation of student ideas and work, and design appropriate responses to
support and further student mathematical learning, aligned to individual
goals;
(6) apply learning
trajectories related to mathematical topics and collaborate with teachers to
sequence activities and design instructional tasks and assessments;
(7) support teachers in the use of the
formative assessment cycle, which includes administering a formative assessment
task, analyzing student responses to the task, and designing and re-teaching
lessons based on this analysis; and be able to find or create appropriate
resources for this purpose;
(8)
support teachers in the use of multiple assessment strategies, including, but
not limited to listening to and observing students making sense of mathematics,
and in analyzing, choosing, designing, and adapting assessment tasks for
monitoring student learning and to assess students mathematical knowledge,
based on students individual learning goals and expressions and demonstrations
of understanding; and
(9) support
teachers in the analysis of formative and summative assessment results and
communication of results to students with actionable feedback and to
appropriate and varied audiences for further support in making instructional
decisions.
Disclaimer: These regulations may not be the most recent version. New Mexico may have more current or accurate information. We make no warranties or guarantees about the accuracy, completeness, or adequacy of the information contained on this site or the information linked to on the state site. Please check official sources.
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